A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge deformation monitoring device
The invention relates to a bridge deformation monitoring device which comprises a walking underframe, the walking underframe comprises two parallel bottom beams, a connecting assembly connecting the two bottom beams and walking wheels arranged at the bottoms of the bottom beams, and the connecting assembly is used for connecting the two bottom beams; the detection frame comprises supporting beams horizontally arranged on the bottom beams, supporting rods arranged between the supporting beams and the bottom beams, sliding seats arranged on the supporting beams in a sliding mode and telescopic shafts rotationally arranged between the two sliding seats, and the ends of the supporting beams extend out of the bottom beams; the detection module comprises a detection probe rotationally connected to the end of the telescopic shaft and a displayer arranged on the bottom beam, a controller is arranged in the displayer, and the detection probe is electrically connected with the controller. The method has the effect of improving the detection convenience.
本申请涉及一种桥梁变形监测装置，其包括：行走底架，行走底架包括两个平行设置的底梁、连接两个底梁的连接组件和设置在底梁底部的行走轮，连接组件用于连接两个底梁；检测架，检测架包括水平设置在每个底梁上的支撑梁、设置在支撑梁和底梁之间的支撑杆、滑动设置在支撑梁上的滑动座和转动设置在两个滑动座之间的伸缩轴，支撑梁的端部延伸出底梁设置；检测模块，检测模块包括转动连接在伸缩轴端部的检测探头和设置在底梁上的显示器，显示器内置有控制器，检测探头与控制器电连接。本申请具有提升检测便利性的效果。
Bridge deformation monitoring device
The invention relates to a bridge deformation monitoring device which comprises a walking underframe, the walking underframe comprises two parallel bottom beams, a connecting assembly connecting the two bottom beams and walking wheels arranged at the bottoms of the bottom beams, and the connecting assembly is used for connecting the two bottom beams; the detection frame comprises supporting beams horizontally arranged on the bottom beams, supporting rods arranged between the supporting beams and the bottom beams, sliding seats arranged on the supporting beams in a sliding mode and telescopic shafts rotationally arranged between the two sliding seats, and the ends of the supporting beams extend out of the bottom beams; the detection module comprises a detection probe rotationally connected to the end of the telescopic shaft and a displayer arranged on the bottom beam, a controller is arranged in the displayer, and the detection probe is electrically connected with the controller. The method has the effect of improving the detection convenience.
本申请涉及一种桥梁变形监测装置，其包括：行走底架，行走底架包括两个平行设置的底梁、连接两个底梁的连接组件和设置在底梁底部的行走轮，连接组件用于连接两个底梁；检测架，检测架包括水平设置在每个底梁上的支撑梁、设置在支撑梁和底梁之间的支撑杆、滑动设置在支撑梁上的滑动座和转动设置在两个滑动座之间的伸缩轴，支撑梁的端部延伸出底梁设置；检测模块，检测模块包括转动连接在伸缩轴端部的检测探头和设置在底梁上的显示器，显示器内置有控制器，检测探头与控制器电连接。本申请具有提升检测便利性的效果。
Bridge deformation monitoring device
一种桥梁变形监测装置
YANG BINGWEN (author) / ZHOU PING (author) / WANG JUAN (author) / ZHU DONG (author) / MA ANMIN (author) / JIANG CHUAN (author) / JI PU (author) / ZHOU HUAJUN (author) / LU JIE (author) / YUAN HAIPENG (author)
2023-09-12
Patent
Electronic Resource
Chinese
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